7.5.5 PLENARY

What is selection?

• allows the changing of the outcome of an algorithm, based on a condition.

• allows the changing of the flow of an algorithm, based on a count.

• allows the changing of the flow of an computer, based on a condition.

• allows the changing of the flow of an algorithm, based on a condition.

What is abstraction?

• Removing detail from an algorithm
• Removing unnecessary detail from a problem
• Removing necessary detail from a problem
• Removing unnecessary detail from an algorithm

What is decomposition?

• Breaking a problem down into algorithms
• Breaking an algorithm down into smaller problems
• Breaking a problem down into smaller problems
• Breaking an algorithm down into smaller algorithms

What is an algorithm?

• A set of instructions to complete a task
• A detailed set of instructions
• A detailed set of instructions to complete a task
• A detailed set of instructions for a computer

What is iteration?

• The repetition of instructions
• The repetition of important instructions
• The repetition of algorithms
• The repetition of important algorithms

What is condition controlled iteration?

• The repetition of algorithms based on a set number of times
• The repetition of instructions based on a set number of times
• The repetition of instructions based on a condition
• The repetition of algorithms based on a condition

What is count controlled iteration?

• The repetition of algorithms based on a set number of times
• The repetition of instructions based on a set number of times
• The repetition of instructions based on a condition
• The repetition of algorithms based on a condition

Who created the first algorithm for a computer?

• Ana Lovejoy
• Ana Lovelace
• Ada Lovelace
• Ada Lovejoy

Where do you see selection?

Where do you see selection?